private static void LaunchMissiles(ProjectileOptions projectileOptions, ref float startTime, Vector3 sourcePosition, ref int missilesRemaining)
{
if (projectileOptions.targetLocations == null)
{
Log.Error($"projectileOptions.targetLocations is null!");
missilesRemaining = 0;
return;
}
if (projectileOptions.targetLocations.Count == 0)
{
Log.Error($"projectileOptions.targetLocations.Count == 0!");
missilesRemaining = 0;
return;
}
TrackedProjectile lastProjectileAdded = null;
TrackedProjectile firstProjectileAdded = null;
foreach (Vector3 location in projectileOptions.targetLocations)
{
// projectileOptions.kind (ToVolume, DistributeAmongAllTargets, or EachTarget)
// projectileOptions.fireCollisionEventOn (FirstImpact, EachImpact, LastImpact)
if (projectileOptions.kind == ProjectileKind.EachTarget)
{
Log.Debug($"ProjectileKind.EachTarget...");
float saveStartTime = startTime;
for (int i = 0; i < projectileOptions.count; i++)
{
Log.Vector("Target's intended location", location);
lastProjectileAdded = AddProjectile(projectileOptions, startTime, sourcePosition, location);
if (firstProjectileAdded == null)
{
firstProjectileAdded = lastProjectileAdded;
}
startTime += projectileOptions.launchTimeVariance * TimeVariance;
}
startTime = (startTime + saveStartTime) / 2;
}
else if (projectileOptions.kind == ProjectileKind.ToVolume)
{
Log.Debug($"ProjectileKind.ToVolume...");
Log.Error($"Cannot project to volume yet - we need to know the shape!");
}
else if (projectileOptions.kind == ProjectileKind.DistributeAmongAllTargets)
{
Log.Debug($"ProjectileKind.DistributeAmongAllTargets...");
missilesRemaining--;
lastProjectileAdded = AddProjectile(projectileOptions, startTime, sourcePosition, location);
if (firstProjectileAdded == null)
{
firstProjectileAdded = lastProjectileAdded;
}
startTime += projectileOptions.launchTimeVariance * TimeVariance;
if (missilesRemaining <= 0)
{
break;
}
}
}
firstProjectileAdded.IsFirst = true;
if (lastProjectileAdded != null)
{
lastProjectileAdded.IsLast = true;
}
}
